Precision engineering - portable power tools - Import export

The 2200PTP Series Wireless Power Tools are designed to work with the Global 400 and Global 400mp controller systems. These wireless tools are designed for industrial assembly use. The tool is completely dependent on the Global 400/400mp for directions and torque results reporting. Details on learning and programming the tool through the Global 400/400mp controllers may be found in the controller manual. Models 2200PTP-18: 3-18 Nm / 50-100 RPM 2200PTP-24: 6-24 Nm / 50-600 RPM Key Highlights Report torque/angle values with the results Kits come with side handle

The 2100PTP Series Wireless Power Tools are designed to work with the Global 400 and Global 400mp controller systems. These wireless tools are designed for industrial assembly use. The tool is completely dependent on the Global 400/400mp for directions and torque results reporting. Details on learning and programming the tool through the Global 400/400mp controllers may be found in the controller manual. Model 2100PTP-12: 3-12 Nm / 700-100 RPM Key Highlights Adjustable clutch sets torque limit Report OK/NOK results Kits come with an adjustment tool Double hit detection

The 2100PTA Series Wireless Angled Power Tools are designed to work with the Global 400 and Global 400mp controller systems. These wireless tools are designed for industrial assembly use. The tool is completely dependent on the Global 400/400mp for directions and torque results reporting. Details on learning and programming the tool through the Global 400/400mp controllers may be found in the controller manual. Models 2100PTA-45: 18-45 Nm / 210-300 RPM 2100PTA-90: 40-90 Nm / Fixed 100 RPM Key Highlights Adjustable clutch sets torque limit Report OK/NOK results Kits come with an adjustment tool Double hit detection Adjustable speed defined by controller parameter (2100PTA-45 only)

Special tools: The greatest possible flexibility for individual custom-made products is a matter of course for us. According to your sketch, demand-oriented solutions are created that are precisely tailored to your requirements.

DE-BURRERS Specially developed for processing contours on CNC machines. To de-burr and chamfer metals and plastics. The de-burrers are also suitable for hard machining. Deburrer for contouring. Designed for use on CNC machines, especially for contour machining. For deburring and chamfering of metals and plastics. The de-burrers are also suitable for hard machining. Stocked by default is a point angle of 90 °. 4 - 6 mm de-burrer with 4 cutting edges, from 8 mm with 5 cutting edges.

The question of the ideal milling cutter is dependent upon the material to be machined. A single-tooth cutter is often an advantage for ""soft"" materials (PVC, Perspex, Kömacel, etc), wooden materials (chip- or flakeboard) and non-ferrous metals (soft aluminium, Alcubond, etc.), as the problem of cutting erosion in comparison to clogging recedes. A double flute is better suited to very hard plastics and harder types of aluminium (short chipping). Milling cutters with 4 or more flutes are predominantly used to mill metals. SINGLE-TOOTH MILLING CUTTERS Single-tooth milling cutters are mainly used for machining ""soft"" materials. Their extra large chipping space guarantees an ideal chipping removal and high stock removal rate. MULTI-TOOTH MILLING CUTTERS Multi-tooth milling cutters are used for machining ""harder"" materials. Smoother running is achieved, as several cutting edges are always in contact. The more flutes the tool has, the smaller the individual chippings will be.

Hard reamers 58 to 65 HRC, 1/100 rising, right-hand cutting, straight groove.

Carbideline consists of CarbideLine-S solid carbide tools, CarbideLine-H hybrid tools and multi-part carbide tooling with CarbideLine-I indexable carbide tools. All CarbideLine tools excel through maximum productivity in their specific fields of application. CarbideLine-H tools are a new addition to the product range. They cover the module range 5 to 12 and are the 1st. choice for rough machining and finishing large lot sizes, where the tools costs using solid carbide milling cutters are too high and the gear cutting quality is too low using indexable inserts. CarbideLine-H tools are also highly suitable for machining high-strength materials up to 1,400 N/mm2 and enable a gear quality up to quality grade AAA. Its preferred area of application is for gears for commercial vehicles, general mechanical engineering and energy technology. In one specific application it was possible to reduce the gearing costs per wheel by 20% with the CarbideLine-H compared with an indexable insert system.